Strengthening quality control at Cintropur through new 2D and 3D measurement technologies
These technologies complement existing inspection methods and further raise the level of requirements applied to every produced part, whether standard components or critical elements such as seals, threads, or precision parts.
A new approach to dimensional control in production
The first integrated system is based on fast 2D optical measurement technology, designed for mass production and direct shop-floor inspection. Its principle is simple: place the part and start the measurement.
This type of solution allows hundreds of dimensional measurements to be performed in just a few seconds with high stability. Diameters, distances, angles, or profiles can be analyzed almost instantly, representing a significant time saving compared to traditional instruments.
Key benefits:
- Ultra-fast measurement of large series of parts
- Standardization of inspections, significantly reducing human variability
- Exceptional repeatability, ensuring consistent results down to the micron
This system becomes a true alternative to conventional manual measuring instruments, offering greater reliability and increased productivity. It is particularly suited for inspecting injected and machined parts.
A complete 3D vision to understand parts globally
In addition, Cintropur has integrated an advanced 3D scanning solution to analyze parts as a whole. Unlike 2D systems, this technology provides full volumetric reconstruction, offering a deeper understanding of the actual geometry of components.
Thanks to automatic 360° capture, parts are digitized without complex preparation. Intelligent software-assisted guidance simplifies use and ensures reliable results, even for complex geometries.
Key applications within Cintropur:
- Direct comparison between real parts and reference models
- Geometric validation of complex injected, molded, or machined parts
- Analysis of deformation and wear over time
- Generation of digital models for design use (CAD)
- Inspection of large parts
This technology is particularly valuable for the R&D department, as it allows not only verification of part conformity but also a deeper understanding of real behavior and evolution.
A strategic lever for Cintropur product quality
The integration of these tools into quality control processes represents a real strategic lever for Cintropur. They notably allow:
- Securing the production of critical components such as O-rings, threads, or fasteners
- Increasing overall reliability of finished products
- Reducing risks of non-conformity
- Improving traceability of inspections
In products where every detail matters—especially to ensure performance and durability of filtration systems—these enhanced controls are essential.
A direct impact on R&D and innovation
Beyond quality control, these technologies also transform the work of research and development teams.
3D scanning, for example, enables reverse engineering of existing parts to better understand their design or optimize it. It also allows the generation of digital files directly usable in computer-aided design tools.
This capability opens the way to:
- Continuous improvement of existing products
- Design of new, more efficient geometries
- Detailed analysis of wear and deformation phenomena
A quality approach focused on the future
The combination of fast 2D measurement and complete 3D analysis covers the entire lifecycle of parts, from production to advanced research.
With 50 years on the market, Cintropur has consistently demonstrated excellent quality and finishing. By acquiring these state-of-the-art measurement verification tools, Cintropur confirms its ambition to remain at the forefront of the clear water filtration segment.
